I design future mobility experiences through research, vehicle form development, packaging and visual storytelling — connecting emerging technology with human-centered transportation.
.png)
I am a Vehicle and Mobility Designer with a strong interest in developing meaningful mobility concepts that balance creativity, functionality, and engineering feasibility.
My goal is to grow as a Concept Developer and Surface Modeler, translating ideas from early design thinking and sketches into refined 3D forms and surfaces.
My strengths include solid modelling, 3D modelling, and an engineering-oriented approach to design. This helps me consider both the visual character of a concept and how it can be developed realistically.
I enjoy identifying problems faced by people and developing practical, user-focused concepts in response. I aim to create mobility solutions that are relevant, thoughtful, and visually distinctive.
I value punctuality, discipline, continuous improvement, and learning new skills. I want to be recognized for the quality of my work, professional attitude, commitment to design, and reliability. I aspire to contribute to automotive companies focused on design innovation and future mobility while continuing to develop my design and modelling capabilities.
A compact magnetic-levitation autonomous pod exploring a safer, more comfortable, and future-facing alternative for dense metropolitan movement.
The project began by studying current rickshaw, city-bus and taxi experiences. Safety concerns, uncomfortable ingress and seating, traffic delays, inconsistent service and volatile fares revealed an urgent need for an elevated, autonomous urban transit alternative.
Observe existing urban transport and identify commuter pain points.
Explore micro-cab, flying-pod and magnetic-pod directions.
Develop package, silhouette, canopy and body architecture.
Refine the selected concept through 3D CAD and physical scale model.
During initial ideation, three distinct mobility archetypes were explored to rethink urban travel: four-wheel micro cars for compact urban road transit, personal vertical flying pods for aerial corridors, and levitating pods designed for frictionless magnetic guideways.
.png)
.png)
.png)
.png)
.png)
.png)
.png)
Moving from broad ideation into final concept development: establishing the packaging architecture, passenger ergonomics, canopy detailing, lighting language, and aerodynamic biomimicry.
The finalized concept incorporates hydrodynamic cues from shark anatomy. The streamlined snout, dorsal canopy flow, and tapered tail minimize aerodynamic drag at speed while maintaining an expansive, premium passenger cabin inside a compact 4.5-meter footprint.
%20(1).png)
%20(2).png)
%20(3).png)
Complete ergonomic package layout designed for effortless ingress, generous 650 mm legroom across all 4 rows, a wide 700 mm central passage, and flat floor configuration for autonomous public mobility.
Bringing the design into the digital and physical domains. The geometry was precisely modeled in Autodesk Fusion 360 to validate passenger packaging and surface continuity, and then hand-sculpted in automotive styling clay to evaluate real-world volume and highlight reflections.
.png)
%20(1).png)
%20(2).png)
%20(3).png)
Aerodynamic silhouette evaluation ensuring balanced stance and passenger window lines.
%20(4).png)
Hand-sculpted clay surface detailing, highlight transitions, and shoulder crease development.
Hand-drawn proportion blockouts, perspective line work, and surface ideation exploring automotive character, stance, and muscular geometric surfacing.
An aggressive geometric exploration for an iconic off-roader. Sketches examine flared angular wheel arches, modular canopy geometry, signature front grille graphics, and muscular rear tailgate stance.
.png)
.png)
.png)
.png)
.png)
View the 14 micro-car, flying-pod, and levitating-pod sketches in Section 02.
Jump to Pod Ideation →Description
